Kamal Oudrhiri
President
Grove of Hope
location_on United States
Member since 1 year
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Kamal Oudrhiri
Specialises In (based on submitted proposals)
Dr. Kamal Oudrhiri has been a senior member of the technical staff at NASA’s Jet propulsion Laboratory for the past 14 years. He has worked on radio and atmospheric science investigations for the Cassini, GRAIL, Mars Reconnaissance Orbiter, and the Mars Exploration Rover missions. Most recently he is lead of the Radio Science Team for the Mars Science Laboratory Mission. He received his BS and MS in electrical engineering from the University of Southern California.
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Engineering and Exploring the Red Planet
60 Mins
Keynote
Advanced
On August 5th 2012, NASA landed its most capable robotic geologist on the surface of the Red Planet. The Mars Science Laboratory (MSL) mission landed a 2000lb rover, the size of a compact car, to explore the planes of Mars. The rover, aptly named Curiosity, will search for organic compounds, characterize the climate and geology, and continue the search for life. One of the most challenging aspects of the mission, from an engineering perspective, was safely landing the rover on the surface. The entry descent and landing (EDL) system used a heat shield to accommodate its hypersonic entry conditions, followed by a supersonic parachute, and eight retro rockets for the powered descent phase. For its final terminal descent, a maneuver called the sky crane was used where the rover was lowered on tethers for touchdown. The talk will describe the motivation for Mars Exploration and how the MSL EDL engineering challenges were tackled with computational modeling and cutting edge experimental techniques.
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keyboard_arrow_down
Engineering and Exploring the Red Planet
60 Mins
Talk
Advanced
On August 5th 2012, NASA landed its most capable robotic geologist on the surface of the Red Planet. The Mars Science Laboratory (MSL) mission landed a 2000lb rover, the size of a compact car, to explore the planes of Mars. The rover, aptly named Curiosity, will search for organic compounds, characterize the climate and geology, and continue the search for life. One of the most challenging aspects of the mission, from an engineering perspective, was safely landing the rover on the surface. The entry descent and landing (EDL) system used a heat shield to accommodate its hypersonic entry conditions, followed by a supersonic parachute, and eight retro rockets for the powered descent phase. For its final terminal descent, a maneuver called the sky crane was used where the rover was lowered on tethers for touchdown. The talk will describe the motivation for Mars Exploration and how the MSL EDL engineering challenges were tackled with computational modeling and cutting edge experimental techniques.
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